Urothelium 4
Urothelium 4 Schematic illustration of the location of luminal and intraepithelial asymmetric unit membrane in distended (top)and contracted (bottom)urothelium.
ViewUrothelium 4 Schematic illustration of the location of luminal and intraepithelial asymmetric unit membrane in distended (top)and contracted (bottom)urothelium.
ViewUrothelium 3 Low and high magnification photomicrograph of canine urinary bladder stained with an antibody against uroplakin. Note that the
ViewUrothelium 2 Free-fracture of luminal membrane of canine bladder urothelium showing polygonal plaques of hexagonally packed particles. The protein that
ViewUrothelium 1 Thin section electron micrograph of luminal plasma membrane of superficial cell of dog urinary bladder. The outer leaflet
ViewUrinary Bladder and Urothelium Joseph Alroy, D.V.M. The urinary bladder is an organ that has to change its luminal volume.
ViewLow power micrograph of the ureter from a horse. This is a typical hollow organ. The mucosa contains the transitional
ViewCuboidal cells of the collecting duct are characterized by clear cytoplasm and distinct lateral cell margins.Thin segments (wider lumens) and
ViewIn a longitudinal section, the cuboidal nature of the cells in the collecrting duct is quite obvious. The other features
ViewIn a longitudinal section, the cuboidal nature of the cells in the collecrting duct is quite obvious. The other features
ViewThis slide was stained with PAS-hemotoxylin. Note the bright staining of the basal lamina surrounding the tubules as well as
ViewIn one of the two renal corpuscles in this section you can see both the vascular pole and the urinary
ViewThe glomerulus is made up of a capillary plexus. Here you can see the red blood cells in the capillaries.
ViewThis micrograph was taken close to the area cribrosa of the renal papliia. The lateral plasma membranes of the epithelial
ViewIn this renal corpuscle you can see both the vascular and the urinary poles. Some of the capillaries in the
ViewThese glands secrete mucous into the urine and gives it a “stingy” character. Original mag. 13x H&E. Mucous glands. Renal
ViewThe “stringy” nature of equine urine is due to the secretion of these mucous glands in the kidney. Original mag.
ViewThe transitional epithelium of an empty urinary bladder contains several layers of cells. The cells at the apical surface may
ViewThe transitional epithelium of an empty urinary bladder contains several layers of cells. The cells at the apical surface may
ViewThe lumen of an empty bladder is thrown into folds as seen here. The transitional epithelium appears as several cell
ViewThe lumen of an empty bladder is thrown into folds as seen here. The transitional epithelium appears as several cell
View